KR20150011158A - Smartphone with app possible Medication reminder time. - Google Patents

Abstract

The present invention relates to a smart phone for reminding medication time and, more specifically, to a smart phone for reminding medication time, which is installed with an application capable of providing notice and summary information for a user to take irregular and various medicines without omission, and can make a community such as effect and instructions of the medicine by enabling to make medicine review of users, and can set medication time of various medicines easily by being able to set the medication time according to meal time/time zone/regardless of time, and enables the user to check previous medication record intuitively by making the user be able to check statistics of medicines took by the user, and can set reminding without a procedure of selecting medication time by generating a bookmark list as to medicines which are took frequently.

Description

Smartphone with Medication Time Reminder {Smartphone with app possible Medication reminder time.}

The present invention relates to a smartphone for medication-time notification, and more particularly, to a smartphone equipped with an app that can provide notifications and summary information so that irregular medicines can be eaten without missing, It is possible to create a community such as the efficacy and usage of medicine by making it possible to write reviews, and it is possible to set the time for taking various medicines by setting meal time / So that the user can check the statistics of the medications taken by the user so that the previous dose record can be intuitively confirmed and a list of favorite medicines can be generated so that the user can set the reminder without selecting the medication time The present invention relates to a smartphone for notifying a time for taking medicine.

If you have a health problem and visit a hospital, your doctor will issue a prescription according to your health condition.

The prescription may include medication information such as the name of the medicament, the dosage, the number of doses, or the number of days of medication, and the physician may use the medicinal ingredient and medicines capable of taking the medicines at predetermined time intervals By setting the dosing time, the dosing effect can be increased.

However, when a patient is living in a rhythm of busy modern society, it is not easy to take medication in accordance with prescribed drug taking time without forgetting the medicine at the time of going out.

In addition, if the medication can not be taken at the time of taking the medication or if the prescribed medication time is missed, the medication effect may be lowered and the medication may be abused after the prescribed medication period.

Therefore, the patient needs guidance in taking the medicine according to the prescribed dosing schedule at the time of taking the drug.

However, doctors and pharmacies who prescribe and dispense medicines can only provide information on the time and dosage of medication when preparing medicines.

To solve these problems, there have been invented an alarm clock for notifying the time of taking the medication, a medicine box having a medication confirming function, and the like, but it was not possible to provide convenience and economical efficiency to carry it when going out.

Therefore, there is a need for a method that can automatically inform the time of drug taking by utilizing the smartphone that is always possessed.

none.

A first object of the present invention is to provide a smartphone equipped with an app capable of providing notifications and summary information so that various irregular drugs can be eaten without missing.

A second object of the present invention is to enable a user to write a review through a medication notification application to create a community such as the efficacy and usage of medicines.

It is a third object of the present invention to easily set the time for taking various medicines by allowing the selection of time for taking medicines to be set separately for meal time / time period / time.

A fourth object of the present invention is to intuitively confirm the statistics of medicines taken by the user.

A fifth object of the present invention is to create a list of favorites for a favorite medicine and quickly set a notification without selecting a time for taking a medicine.

SUMMARY OF THE INVENTION [0006] The present invention provides a solution for achieving the above object.

That is, a medication notification mode activating unit 110 activating a medication-taking schedule addition mode, a medication list mode, a statistic mode, and a community mode as user interfaces, a meal time box, A schedule addition mode execution unit 120 for providing a window corresponding to any one of the boxes selected from among the above boxes, A time selection information processing unit 130 for acquiring time information of drug-eating time input through the operation unit 130 and storing the information in the memory unit, a drug information display unit 130 for displaying drug information to be taken at a drug- A medication list processing unit 150 for displaying a medication dosing list on the display window when the medication list mode is selected, (160) for activating an area for inputting a start date and time and an end date and time at the time of selecting a drug, a drug information extracting unit (160) for extracting drug information taken at the input start date and time and the end date and time, A medication statistics processor 170 for calculating statistics on medicines extracted by the medication administration server 500 and displaying the medication statistics on the display window when the community mode is selected; And a community information processing unit 180. The present invention can solve the problems of the present invention.

The present invention has the following effects.

By providing a smartphone with apps that can provide notifications and summary information so that you can eat a variety of irregular drugs, you will be able to take drugs without missing them.

In addition, it is possible for users to write a review through a medication notification app so that a community such as drug efficacy and usage can be created, so that consumers can check the pros and cons of drugs, It is possible to produce a medicine that meets the needs of the consumer.

In addition, it is possible to set the time for taking the medicine to be divided into the time of meal / time of day / time without regard to time, so that the taking time of various medicines can be easily set.

In addition, it is possible to intuitively confirm the statistics of the medicines taken at the designated date and time by the user, thereby enabling the user to perceive abuse of the medicines themselves.

In addition, a list of favorites can be created with respect to the favorite medicine, so that the notification can be set quickly without selecting the time to take the medicine.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall configuration diagram of a smartphone for medication-time notification according to an embodiment of the present invention; FIG.
FIG. 2 is a block diagram of a drug-taking notification app of a smartphone for medication-time notification according to an embodiment of the present invention; FIG.
3 is a block diagram of a schedule addition mode execution unit of a smartphone for medicament dosing time notification according to an embodiment of the present invention.
FIG. 4 is a block diagram of a medication notification management server of a smartphone for medication time notification according to an embodiment of the present invention; FIG.
FIG. 5 is a screen for adding a meal schedule of a smartphone for medicinal dosing time notification according to an embodiment of the present invention, FIG. 6 is a screen of medicine to be taken today, FIG. 7 is a screen for a detailed view, Fig. 12 is a statistical screen, Fig. 13 is a monthly graph screen of the statistical screen, and Fig. 13 is a monthly graph screen of the statistical screen. Fig. 14 is a community screen, Fig. 15 is a writing screen, Fig. 16 is a reading screen, Fig. 17 is an environment setting screen, and Fig.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

It should be understood, however, that the scope of the present invention is not limited to these embodiments, and all of the technical ideas that fall within the scope of the present invention are within the scope of the present invention.

FIG. 1 is an overall configuration diagram of a smartphone for medication time notification according to an embodiment of the present invention.

As shown in FIG. 1, the smartphone 200 for medication time notification according to the present invention downloads and executes an application from the medication notification management server 500 storing the medication notification application 100, 5 on the display window of the smartphone.

2, the medication notification application 100 includes a medication notification mode activation unit 110, a schedule addition mode execution unit 120, a time selection information processing unit 130, a medication time notification A medication list information processing unit 150, a medication information extracting unit 160, a medication drug statistical processing unit 170, and a community information processing unit 180.

Conventional techniques include an alarm clock for notifying the time of drug administration or a drug box having a medication confirming function. However, it was not possible to provide convenience and economical efficiency to carry while going out. However, If you install it on your phone, you can always have it, so you can easily see which drugs you need to take.

Further, as shown in the figure, an area for advertisement can also be configured.

The drug reminder mode activating unit 110 activates a drug-taking schedule addition mode, an approximate list mode, a statistical mode, and a community mode as a user interface.

Accordingly, the user selects a desired mode among the activated modes in the display window, and outputs information corresponding to the mode.

At this time, the weak information to be taken by the user is displayed on the display window as shown in FIG.

In other words, you need to take cold medicine and vitamin C in the morning, multivitamins for lunch, herbal medicine for supper in the evening, red ginseng before going to bed, and vitamin D during the day.

The schedule addition mode execution unit 120 may include a meal time box, a time period box, a time period unchecked box, and a previous dose record box for each item when the user selects an appended schedule addition mode, as shown in FIG. To be activated in the display window, and provides a window corresponding to one of the selected boxes.

That is, if the meal time box is selected, a setting window as shown in FIG. 9 is provided.

For example, the meal time is selected when the medicine is taken before or after the meal time, such as cold medicine, and the time is selected when the medicine is taken by taking the time such as the interval of 4 hours. And the like, which are not related to time.

In addition, the previous dose recording box provides the drug information to the display window when the user selects the drug information that the user has previously taken.

At this time, preferably, they can be sorted and displayed in the order of recent dosing.

3, the configuration and operation of the schedule addition mode execution unit 120 will be described in more detail.

That is, the schedule addition mode execution unit 120 includes a schedule addition mode activating unit 121, a meal time box activating unit 122, a time zone box activating unit 123, a time unchecked box activating unit 124, A record box activating unit 125, and a previous dose record output unit 126. [

Specifically, the schedule addition mode activation unit 121 configures items such as a meal time box, a time period box, a time period unchecked box, and a previous dose record box as items as shown in FIG. 8 and activates the display window.

When the user selects a meal time box, the meal time box activator 122 activates a title input area, a before / after selection area, a morning / / Evening / sleep selection area, total medication number / dosing day / due date selection area, and memo input area on the display window.

In the title input area, the title that the user wants to input is entered. In the selected area before and after the meal, the area for selecting the time zone before and after the meal is activated such as 30 minutes after meal, 30 minutes before meal, 1 hour after meal, 1 hour before meal .

In the morning / lunch / dinner / sleep selection area, the selection area is activated so as to check items desired by the user during breakfast, lunch, dinner, and sleeping, and the total number of doses / dosing days / The selection area is activated so that the user can check a desired item among the total number of doses, the dosing day, and the deadline.

At this time, a memo input area is provided to allow the user to input prohibited matters or various information.

The box activation unit 123 activates the title input area, the start time selection area, the alarm time interval selection area, and the memo input area on the display window as shown in FIG.

The start time is the start time for the weak notification, and the selection time is the time interval.

At this time, as shown in the figure, the dial time can be selected.

As shown in FIG. 11, the time-independent box activating unit 124 activates the title input area, the repetitive selection area, and the memo input area on the display window. .

This can be checked on the main screen as time-independent medicine.

The previous dose record activating unit 125 activates the start date input area and the end date and time input area for searching for the previous dose record on the display window and the previous dose record output unit 126 activates the previous dose record box activation And acquires the start date and time and the end date and time inputted by the department and extracts the drug list taken from the start date and time to the end date and time, and activates the drug list on the display window.

The memory unit (not shown) described in the present invention is generally installed in a smart phone, and thus a detailed description thereof will be omitted.

The image box activation unit 127 activates the photo box and the prescription box in the display window,

And an image acquisition unit 128 for activating the camera when acquiring the photographic box or the prescription box and acquiring the photographed image.

That is, the image box activating unit 127 activates the photo box and the prescription box on the display window as shown in FIGS. 9 to 11, activates the camera when the user selects the photo box or the prescription box, Thereby acquiring the photographed image.

The obtained images are stored in the memory together with the corresponding drug information.

Accordingly, when the user selects the cold medicine of FIG. 6, the photograph and the prescription are simultaneously provided together with the set time as shown in FIG.

In the case of a prescription, it is possible to solve the problems that may be wrongly taken by using the photograph, so that the form of the cold medicine to be used at present can be identified. Pharmacies and the like.

On the other hand, the time selection information processing unit 130 acquires drug-eating time selection information (meal time, time zone, no time relationship, etc.) inputted by the user through the window provided to the user and stores the information in the memory unit, The time informing unit 140 generates an alarm while displaying drug information to be taken at a drug-eating time stored in the memory unit on the display window.

For example, if you set your lunch time to 30 minutes after you eat a cold medicine, if you set your lunch time to 12:00, you will be notified at 12:30.

The drug-taking list processing unit 150 displays the drug-dropping list on the display window as shown in FIG. 18 when the drug-list mode is selected.

In other words, the user provides vitamin C, red ginseng, cold medicine, and the like set by the user on the screen. When the user selects cold medicine, the user can specifically view the set information by providing a detailed view.

When the user selects the statistical mode, the drug drug information extracting unit 160 activates an area for inputting the start date and time and the end date and time, and the user inputs the drug into the corresponding area.

At this time, the drug information processing unit 170 extracts drug information taken at the input start date and time and the end date and time, and the drug drug information processor 170 calculates statistics on the drugs extracted by the drug drug information extracting unit, Window.

That is to say, vitamin C - quantity 200, red ginseng - quantity 115, cold medicine - quantity 30.

In addition, the medication notification application 100 may further include:

And a dose quantity graph output unit 185 for outputting a monthly dose of the administration medicines output by the dosage drug statistics processing unit as a graph.

That is, when the '>' of the vitamin C in FIG. 12 is clicked, as shown in FIG. 13, the monthly dose of vitamin C is outputted as a graph, so that the user can check at a glance which month he / she took the most will be.

The graph will be represented by a circle graph or a bar graph.

At this time, the dose graph output unit 185 may display the monthly doses of the medicines in different colors when outputting them as a graph.

On the other hand, the community information processing unit 180 acquires the community information from the medication notification management server 500 when the user selects the community mode, and displays the acquired community information on the display window.

That is, as shown in FIG. 14, when the members access the community through their own smartphone and upload the weak information, the members can view the information in real time.

This allows users to write reviews about medication using reminder apps so that they can create communities such as the efficacy and usage of medicines so that consumers can check the pros and cons of medicines they take in real time, It is possible to refer to the information and provide a medicine manufacturing effect suitable for the needs of the consumer.

The icons of the community can be composed of, for example, categories such as health supplement, oriental medicine, and oriental medicine. When the icon is selected, various kinds of medicine information corresponding thereto are provided on the screen.

In addition, when the user selects the writing icon of FIG. 14, a writing window is provided as shown in FIG. 15, and when the user selects a specific post among the posts provided in the community window, the screen shown in FIG. 16 is provided .

On the other hand, the medication notification application 100,

And a favorite list generating unit 190 for generating a favorite list by extracting the weak information stored in the memory unit.

This is to provide an effect of quickly setting a notification without having to select a time for taking a medicine by creating a list of favorites about favorite medicine.

Therefore, if the users take a lot of cold medicine, the favorite list generating unit activates the information of the cold medicine beforehand to the user, and if it is selected, the favorite list generating unit is registered without any additional input operation.

In addition, an environment setting window is provided on the app screen as shown in FIG. 17 to set breakfast, lunch, dinner, and bedtime, and a notification is provided based on the setting.

Therefore, if the morning is set at 7 o'clock, the time at which the reminder occurs when the time is selected is 30 minutes after the meal is 7:30.

In addition, in order to provide convenience to the user, a selection area (selection button) such as data initialization, backup, and customer center can be provided.

4 is a block diagram of a medication notification management server of a smartphone for medication time notification according to an embodiment of the present invention.

4, the medication notification management server 500 includes a membership subscription information acquisition unit 510, a member information database 520, a medication dos notification subsystem 530, a server community information processing unit 540, A community information database 550, and a post content sending unit 560.

The membership subscription information acquisition unit 510 provides a subscription page of a user as a smart phone and obtains membership subscription information input from a smart phone.

At this time, the membership subscription information acquired by the subscription information acquisition unit is stored in the member information database 520 under the control of a central control unit (not shown) of the server.

In the case of the smart phone described in the present invention, the mobile phone has a unique number such as International Mobile Equipment Identity (IMEI), Mac Addresses, or mobile phone number, and the member authentication is performed using the unique number.

When the first application is downloaded and mounted on a smart phone, a login process is performed. At this time, an ID and an offense are input. In addition to the input ID, the date of birth and sex are requested in addition to the inputted ID. When the user inputs the information, It is stored in the information database.

The medication taking-away notification application program 530 stores the medication taking-away application.

In addition, the server community information processor 540 acquires community information transmitted from a plurality of smartphones in real time and stores the acquired community information in the community information database.

At this time, the post content sending unit 560 extracts the corresponding post information from the community information database to provide the details of the post requested from the smart phone to the smart phone, and provides the corresponding information to the smart phone.

In addition, you can configure the announcement mode to confirm the announcement in addition to the community window.

According to the above-described configuration, by providing a smartphone equipped with an app which can provide notifications and summary information so that various irregular medicines can be eaten without missing, it is possible to take drugs without missing them, By allowing users to write a review about medication using a medication notification app, it is possible to identify the advantages and disadvantages of medicines by making it possible to create communities such as drug efficacy and usage. The effect of producing a medicine suitable for needs can be exhibited.

Thus, while an embodiment of the smartphone for medication time notification to which the technical idea of the present invention is applied is described, there can be various modified inventions having the same technical idea, and it is also obvious that the invention belongs to the scope of the present invention .

100: Reminder app for taking medication
200: Smartphone
500: Medication notification management server

Claims (7)

In the smartphone 200,
A medication notification mode activating unit 110 for activating the medication schedule addition mode, the medication list mode, the statistical mode, and the community mode to the user interface,
A box for a time frame, a box for no time correlation, and a previous dose record box are configured for each item to be activated in a display window when the drug-taking schedule addition mode is selected, and a window corresponding to any one of the boxes A schedule addition mode execution unit 120,
A time selection information processing unit 130 for acquiring time information on drug consumption inputted through the window provided and storing the information in the memory unit,
A medicine taking-time notification unit 140 for generating an alarm while displaying drug information to be taken at a drug-eating time stored in the memory unit on a display window,
A medication list processing unit 150 for displaying a medication list on the display window when the medication list mode is selected,
A drug information extracting unit 160 for activating an area for inputting a start date and time and a date and time at the time of selecting the statistical mode and extracting drug information taken at the input start date and time and the end date and time from the memory unit,
A drug medication statistical processing unit 170 for calculating statistics on the medicines extracted by the medicinal drug information extracting unit and displaying the statistics on a display window,
And a community information processing unit (180) for acquiring community information from the medication notification management server (500) and displaying the community information on a display window when the community mode is selected Wherein the medicament is a medicament.
The method according to claim 1,
The medication notification application (100)
And a dose quantity graph output unit (185) for outputting a monthly dose of the administration medication output by the medication dose statistics processing unit as a graph.
The method according to claim 1 or 2,
The schedule addition mode execution unit 120,
A schedule addition mode activating unit 121 for activating a meal time box, a time zone box, a time no box, and a previous dose record box for each item and activating the same in a display window,
A meal time box activating unit 122 for activating a menu input area, a before / after selection area, a breakfast / lunch / dinner / sleep selection area, a total number of dosing / dosing days /
A box activation unit 123 for activating the title input area, the start time selection area, the alarm time interval selection area, and the memo input area in the display window,
A box selection part 124 for activating the title input area, the repeat selection area, and the memo input area on the display window,
A previous dosing record box activating unit 125 for activating the start date / time input area and the ending date / time input area for searching the previous dosing record on the display window,
A previous dose record output unit 126 for acquiring the start date and time and the end date and time inputted by the previous dose record box activating unit and extracting the drug list taken from the start date and time to the end date and time in the memory unit and activating the drug list in the display window A smartphone for medication-time notification, comprising
The method according to claim 1 or 2,
The schedule addition mode execution unit 120,
A schedule addition mode activating unit 121 for activating a meal time box, a time zone box, a time no box, and a previous dose record box for each item and activating the same in a display window,
A meal time box activating unit 122 for activating a menu input area, a before / after selection area, a breakfast / lunch / dinner / sleep selection area, a total number of dosing / dosing days /
A box activation unit 123 for activating the title input area, the start time selection area, the alarm time interval selection area, and the memo input area in the display window,
A box selection part 124 for activating the title input area, the repeat selection area, and the memo input area on the display window,
A previous dosing record box activating unit 125 for activating the start date / time input area and the ending date / time input area for searching the previous dosing record on the display window,
A previous dose record output unit 126 which acquires the start date and time and the end date and time inputted by the previous dose record box activating unit and extracts the drug list taken from the start date and time to the end date and time,
A photo box, an image box activating unit 127 for activating a prescription box in the display window,
And an image acquisition unit (128) for activating the camera when the photo box or the prescription box is selected and acquiring the photographed image.
The method according to claim 1 or 2,
The medication notification management server (500)
A membership subscription information acquisition unit 510 for providing a subscription page of a user with a smart phone and acquiring membership subscription information inputted from a smart phone,
A membership information database 520 for storing membership registration information acquired by the membership registration information acquisition unit,
A medication notification application database (530) storing a medication notification application,
A server community information processing unit 540 for acquiring community information transmitted from the smart phone in real time and storing the acquired community information in the community information database,
A community information database 550 storing community information updated in real time,
And a post content transmitting unit (560) for providing the details of the post requested by the smart phone to the smart phone.
The method according to claim 1 or 2,
The medication notification application (100)
And a favorite list generating unit (190) for extracting the medicine information stored in the memory unit and generating a favorite input list.
The method of claim 2,
The dose amount graph output unit 185 outputs,
A smartphone for medication time notification, characterized in that the monthly dosage amounts of the medicines are displayed in a graph, and the monthly colors are displayed in different colors.

Images